Fuel Delivery and Air Induction: Specifications
Aft-Axle Fuel Tank Assembly Retaining Bolts 100-120 Nm (73-88 Lb/Ft)Aft-Axle Fuel Tank Assembly Stone Shield Bolts 21-29 Nm (15-21 Lb/Ft)
Aft-Axle Fuel Tank Assembly Mounting Spacer Bolts 44-50 Nm (32-36 Lb/Ft)
Aft-Axle Fuel Tank Assembly Support Strap Retaining Nuts 44-50 Nm (32-36 Lb/Ft)
Aft-Axle Fuel Tank Assembly Tank Support Strap 68-92 Nm (50-67 Lb/Ft)
Fuel Filler Valve Retaining Bolts 2.7-3.7 Nm (24-32 Lb/In)
Fuel Tank Solenoid Valve 271-338 Nm (200-250 Lb/Ft)
Fuel Tank Solenoid Valve Manual Lockdown Valve Jackscrew 7-9 Nm (62-79 Lb/In)
High-Pressure Fuel Line Fittings 38-57(*) Nm (28-42(*) Lb/Ft)
Low-Pressure Fuel Line Fitting 38-57(*) Nm (28-42(*) Lb/Ft)
Midship Fuel Tank Stone Shield Nuts 13-17 Nm (9-12 Lb/Ft)
Midship Fuel Tank Mounting Spacer Bolts 9-12 Nm (80-106 Lb/In)
Midship Fuel Tank Support Strap Nuts 34-40 Nm (25-29 Lb/Ft)
P-Clip Retaining Bolts 10-14 Nm (88-123 Lb/In)
Tank Temperature Sensor 35.5-39.5 Nm (26-29 Lb/Ft)
(*) When tightening the fuel lines, a torque wrench adapter must be used with the torque wrench. The use of a torque wrench adapter will alter the effective torque of the torque wrench being used. To correct the effective torque, a torque multiplication conversion must be used:
1. Record the torque value to be obtained as A.
NOTE: When using a torque wrench adapter, the distance from the torque wrench drive to the adapter drive changes the actual torque value. Apply the following formula ((A x B) / (B - C) = D) to obtain the correct torque value.
2. Measure the distance from the center of the torque wrench handgrip to the center of the torque wrench drive. Record this measurement as B.
3. Measure the distance from the center of the torque wrench adapter opening to the center of the torque wrench adapter drive. Record this measurement as C.
4. Example: multiply the torque value to be obtained A (120) by the length of the torque wrench B (12). Subtract the length of the torque wrench adapter C (2) from the length of the torque wrench B (12). Divide the product of A x B (1440) by the difference of B - C (10) to obtain the torque multiplication conversion D (144).